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Day-ahead resource scheduling in distribution networks with presence of electric vehicles and distributed generation units
, Article Electric Power Components and Systems ; Volume 47, Issue 16-17 , 2019 , Pages 1450-1463 ; 15325008 (ISSN) ; Ghazi, R ; Moeini Aghtaie, M ; Sharif University of Technology
Taylor and Francis Inc
2019
Abstract
In this paper a new framework for scheduling of available resources in the distribution networks is developed. In this respect attempts are focused on interactions between charging/discharging profiles of electric vehicles (EVs) and output power of distributed generation units. To reach this goal, the proposed framework is designed as a two-stage optimization procedure. In the first stage, the charging/discharging schedules of EVs are extracted running a linear programing optimization problem taking into account the EV users' constraints and requirements. The usage profiles of the DG units, strategy of buying electricity from the market and also the final charging/discharging patterns of the...
Energy system improvement planning under drought condition based on a two-stage optimization model: The desire for sustainability through the promoting of system's resilience
, Article Energy Reports ; Volume 7 , 2021 , Pages 3556-3569 ; 23524847 (ISSN) ; Saboohi, Y ; Tsatsaronis, G ; Vakili, A ; Sharif University of Technology
Elsevier Ltd
2021
Abstract
Energy is one of the most important social and economic infrastructures and human life is strongly depends on it. In recent years, the occurrence of natural disasters such as drought as a high-impact low-probability event is undeniable. So, energy planning in the disruption situation is necessary in order to anticipate and maintain the performance of the energy system in optimal condition. This paper focuses on developing a hybrid long-term framework for evaluating the energy system resilience based on sustainability concept against drought. The model bridges the gap between long-term energy system planning in macro level and short-term switching operations or micro level modeling approach...
Energy system improvement planning under drought condition based on a two-stage optimization model: The desire for sustainability through the promoting of system's resilience
, Article Energy Reports ; Volume 7 , 2021 , Pages 3556-3569 ; 23524847 (ISSN) ; Saboohi, Y ; Tsatsaronis, G ; Vakili, A ; Sharif University of Technology
Elsevier Ltd
2021
Abstract
Energy is one of the most important social and economic infrastructures and human life is strongly depends on it. In recent years, the occurrence of natural disasters such as drought as a high-impact low-probability event is undeniable. So, energy planning in the disruption situation is necessary in order to anticipate and maintain the performance of the energy system in optimal condition. This paper focuses on developing a hybrid long-term framework for evaluating the energy system resilience based on sustainability concept against drought. The model bridges the gap between long-term energy system planning in macro level and short-term switching operations or micro level modeling approach...